Advanced Differentiation: Hamilton Education Guides Manual 14 – Over 410 Solved Problems

Why choose this eManual?

• Most definitive text and student reference available on advanced differentiation
• Learn about topics that include how to find the derivative of trigonometric functions, inverse trigonometric functions, and exponential and logarithmic expressions; the differentiation of hyperbolic and inverse hyperbolic functions; and the computation of derivatives using the L’Hopital’s Rule
• Over 410 problems with step-by-step solutions that include detailed solution checking
• Self-teaching design effective for 12th grade through college level and adults
• Provides a strong foundation for students moving on to advanced college calculus
• Unique step-by-step approach makes math easy to learn and stimulates desire to learn
• Provides a lifetime methodology for problem solving and eliminates fear of math
• Student-tested methods found only in Hamilton Education Guides

About the Author:
Dan Hamilton received his B.S. degree in Electrical Engineering from Oklahoma State University and Master’s degree, also in Electrical Engineering, from the University of Texas at Austin. He has taught a number of math and engineering courses as a visiting lecturer at the University of Oklahoma, Department of Mathematics, and as a faculty member at Rose State College, Department of Engineering Technology, at Midwest City, Oklahoma. He is currently working in the field of aerospace technology and has published numerous technical papers. The author’s main objective in writing the Hamilton Education Guides manual series is to provide students with specific subjects on mathematics. The author hopes that this simplified teaching method stimulates the interest of math students of all ages as math becomes increasingly important in our high technology world.